that is easy to handle for practical use. Importantly, the absorption
capacity of the PDMS sponge did not change after repeated
cycles, demonstrating the excellent recyclability of the absorbent.
Moreover, the absorbed oil can be favorably reused by virtue
of the remarkably springy nature of the PDMS sponge. Nevertheless,
several drawbacks remain. For example, the capacity
could be optimized further, and there are several methods that
could increase the capacity. Although materials with densities
lower than that of PDMS can increase the absorption capacity,
this comes at the expense of sacrificing mechanical durability.
Nonetheless, a template with an appropriate combination of
sugar particles of different sizes or with a mixture of particles
composed of different materials could also enhance the absorption
capacity.
that is easy to handle for practical use. Importantly, the absorption
capacity of the PDMS sponge did not change after repeated
cycles, demonstrating the excellent recyclability of the absorbent.
Moreover, the absorbed oil can be favorably reused by virtue
of the remarkably springy nature of the PDMS sponge. Nevertheless,
several drawbacks remain. For example, the capacity
could be optimized further, and there are several methods that
could increase the capacity. Although materials with densities
lower than that of PDMS can increase the absorption capacity,
this comes at the expense of sacrificing mechanical durability.
Nonetheless, a template with an appropriate combination of
sugar particles of different sizes or with a mixture of particles
composed of different materials could also enhance the absorption
capacity.
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